6" 10 TPI TORCH™ with NITRUS™ Carbide Teeth SAWZALL® Blade for Conduit and Strut (1 PK)

The Milwaukee 6" 10 TPI TORCH™ with NITRUS™ Carbide Teeth SAWZALL® blade is a specialized medium-metal cutting blade designed specifically for conduit, strut, and structural metal applications where you need a balance of speed, smoothness, and long blade life.

This blade uses Milwaukee’s NITRUS CARBIDE™ tooth technology, engineered to deliver significantly longer life than standard carbide and bi-metal blades while maintaining consistent cutting speed in demanding metal materials. It is optimized for cutting EMT conduit, rigid conduit, strut, angle iron, and stainless steel.

The 10 TPI (teeth per inch) configuration is the key to its performance. It is tuned for smooth, controlled cutting in medium-thickness metals, producing cleaner cuts than lower TPI demolition blades while still cutting fast enough for jobsite productivity.

At 6 inches in length, this blade is ideal for tight-access electrical and mechanical work, such as cutting conduit in walls, overhead strut systems, or confined framing spaces. The shorter blade length also improves rigidity and control, reducing deflection during precision metal cuts.

Compared to more aggressive TORCH demolition blades (like 8 TPI versions), this 10 TPI conduit/strut blade is designed more for cleaner, more controlled metal cutting rather than heavy structural teardown.

Key Features:

• NITRUS CARBIDE™ teeth for extended life in metal cutting
• 10 TPI design for smooth, controlled cuts in medium metals
• Optimized for conduit, strut, angle iron, and stainless steel
• Faster cutting and longer life vs. standard carbide blades
• 6" length for tight-space electrical and mechanical work
• Reduced vibration for cleaner, straighter cuts
• 1/2" universal tang fits all SAWZALL/reciprocating saws

Ideal For:

• Electrical conduit installation and removal
• Strut systems and mechanical supports
• HVAC and plumbing metal work
• Cutting EMT, rigid conduit, and light structural steel
• Confined-space metal cutting tasks